It is not enough. The number is known to be trancendental. Do you thing its decimal expansion contains the number ? And yet it is bound to contain the integer somewhere.

How confident are you that the decimal expansion of contains the integer somewhere? Very confident? Then I have a used car that you might be interested in ...

Ok, good to know and good point. We cannot conclude.
However I'm confident (by intuition now, I'm not affirming) that the number appears somewhere in the decimals... if the digits are really "randomly" distributed (I'm not sure I making sense here) then should appear.
I find this article to be interesting : Infinite monkey theorem - Wikipedia, the free encyclopedia.

It is not enough. The number is known to be trancendental. Do you thing its decimal expansion contains the number ? And yet it is bound to contain the integer somewhere.

How confident are you that the decimal expansion of contains the integer somewhere? Very confident? Then I have a used car that you might be interested in ...

Originally Posted by AlephZero

I believe it is equivalent to asking whether or not pi is a "normal" number, which is still unproven....

When replying to a post, please quote that post. As it is the reader has to work at deducing what you are referring to. Remember a forum such as MHF is not a conversation between you and the previous poster.